Sentence examples for planetary radiation from inspiring English sources

With the American astronomer Edison Pettit, he made many thermocouple measurements of stellar and planetary radiation.

Surface O3 is a result of air pollution; it must be distinguished from naturally occurring stratospheric O3, which has a very different role in the planetary radiation balance.

On the other hand, thermal emission does not show nearly as strong a dependence on latitude, so the planetary radiation budget decreases systematically from the Equator to the poles.

And that temperature record makes alarmingly clear how extraordinary would be a 6° increase in global temperature by 2100.The record aside, there is another place to look for empirical evidence that the earth is warming up: the sea, which is the only place where energy from what scientists call a "planetary radiation imbalance" can accumulate over the long term.

This paper describes the verification of a Monte-Carlo planetary radiation environment model developed using the MCNPX code.

The goals include observing solar storm activities, Coronal Mass Ejections, Auroral Kilometric Radiation, and planetary radiation in the solar system, studying the origin of Cosmic Rays, spectral properties of pulsars, surveying ionized hydrogen in the Galaxy, and exploring coherent radio emissions.

Speaking of which, Russia is part of this operation, and agencies from that country are putting together a stationary surface platform that will conduct investigations that don't require it to move around: testing the air, planetary rotation, radiation, temperature and so on.

Besides the impact of the Sun on the planetary climate, solar radiation and particle fluxes play a tremendous role in the heating of the upper planetary atmospheres.

In this study, the WRF model was applied with 12 designed parameterisation schemes with different combinations of physical parameterisations, including microphysics, radiation, planetary boundary layer (PBL), land-surface model (LSM) and cumulus parameterisations.

Complex filamentary structures in molecular clouds, shapes and the shaping of planetary nebulae, synchrotron radiation from supernova remnants, magnetized stellar winds, galactic winds, gamma-ray bursts, dynamo effects in stars, galaxies and galaxy clusters as well as other interesting problems all involve magnetic fields.

Complex filamentary structures in molecular clouds, shapes and the shaping of planetary nebulae, synchrotron radiation from supernova remnants, magnetized stellar winds, galactic winds, gamma-ray bursts, dynamo effects in stars, galaxies, and galaxy clusters as well as other interesting problems all involve magnetic fields (see [20, 21]).